Fossils

Some Common Fossils that You Can Buy: 1. Ammonites Description:...
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Cut and Polished Ammonite Fossil Slice Desmoceratidae 3-4cm/5-6cm from Madagascar - Marine Ammonite Fossil Specimen

Cut and Polished Ammonite Fossil Slice Desmoceratidae 3-4cm/5-6cm from Madagascar - Marine Ammonite Fossil Specimen

£16.00
Size: 3-4cm and 5-6cm Origin: Madagascar. Period: Late Cretaceous, 100-66 million years ago. Species: Likely Desmoceratidae Appearance: Cut and poslished to show the inner chambers, consiting tof a series of chambers...
Real Ammonite Fossil 3-4cm, Douvilleiceras Specimen, Polished Agatized Ammonite Fossil, Ramshorn Snail, Amber Fossil

Real Ammonite Fossil 3-4cm, Douvilleiceras Specimen, Polished Agatized Ammonite Fossil, Ramshorn Snail, Amber Fossil

£25.00
Key Features: Size: 3-4cm Origin: Madagascar Species: Douvilleiceras Period: Early to Middle Cretaceous (100-120 million years old) Unique Details: Distinctive ribbed shell with natural patterns and suture lines Finish: Polished...
Trilobite Fossil, Fossil Arthropod, Ancient Marine Creature, Prehistoric Sea Creature

Trilobite Fossil, Fossil Arthropod, Ancient Marine Creature, Prehistoric Sea Creature

£10.00 – £22.00
Step back in time with this authentic Diacalymene trilobite fossil from the Ordovician period. A fascinating addition to any fossil collection, this trilobite offers a glimpse into early marine life...
Polished Ammonite Cleoniceras 2.5-4cm/6-7cm Natural Ammonite Fossil from Madagascar, Real Fossil

Polished Ammonite Cleoniceras 2.5-4cm/6-7cm Natural Ammonite Fossil from Madagascar, Real Fossil

£12.00 – £22.00
Key Features: Weight: 50-100g Size: Available in 2.5-4cm and 6-7cm Species: Cleoniceras genus Origin: ammonite fossil from Mahajanga Province, Madagascar Period: Cretaceous, 145-66 million years ago. Colour: Brown or Yellow. Yellow tones...

Some Common Fossils that You Can Buy:

1. Ammonites

  • Description: Extinct marine mollusks with coiled, spiral shells. They lived during the Mesozoic Era and are often found in sedimentary rocks.
  • Location: Morocco, Madagascar, UK, USA.

2. Trilobites

  • Description: Extinct marine arthropods that lived over 300 million years ago. Their segmented bodies and exoskeletons are often well-preserved.
  • Location: Morocco, USA (Utah), Canada (Newfoundland), Russia.

3. Shark Teeth

  • Description: Fossilized teeth from various shark species, including the extinct Megalodon. These are among the most commonly found fossils due to the large number of teeth sharks produce throughout their lives.
  • Location: USA (Florida, South Carolina), Morocco, UK.

4. Fossilized Fish

  • Description: Complete or partial fish fossils, often found in ancient lake or seabed sediments. They can show remarkable detail, including bones, scales, and fins.
  • Location: Germany (Solnhofen Limestone), USA (Green River Formation), Lebanon.

5. Brachiopods

  • Description: Marine organisms with hard shells, similar to clams. They are among the most abundant fossils and are often used as index fossils to date rock layers.
  • Location: Worldwide, especially in the USA, UK, and Canada.

6. Petrified Wood

  • Description: Fossilized remains of ancient trees, where the organic material has been replaced by minerals like silica, preserving the wood's structure.
  • Location: USA (Petrified Forest in Arizona), Madagascar, Argentina.

7. Belemnites

  • Description: Extinct squid-like creatures that lived during the Jurassic and Cretaceous periods. Their fossilized remains are often cylindrical, bullet-shaped, and made of calcite.
  • Location: UK, Germany, Russia, Australia.

8. Gastropods

  • Description: Fossilized snails, both marine and terrestrial. Their coiled shells are commonly found in sedimentary rock layers.
  • Location: USA, France, UK.

9. Crinoids

  • Description: Marine animals related to sea stars and sea urchins. Fossilized crinoid stems often appear as small, star-shaped disks.
  • Location: USA (Mississippi River Valley), UK, Europe.

10. Corals

  • Description: Fossilized remains of ancient coral reefs. These fossils can range from small, individual corals to large reef structures.
  • Location: USA (Indiana, Kentucky), Australia, Europe.

11. Dinosaur Bones and Teeth

  • Description: Fossilized bones and teeth from various dinosaur species. These are less common than other fossils but are highly sought after by collectors.
  • Location: USA (Montana, Utah), Argentina, China, Mongolia.

12. Plant Fossils

  • Description: Fossilized leaves, seeds, and other plant parts. Ferns, cycads, and early trees are commonly found in fossilized form.
  • Location: USA (Pennsylvania, Illinois), Australia, UK.

These fossils represent a broad spectrum of ancient life, from the depths of prehistoric oceans to the forests of the Paleozoic era. They are widely studied, collected, and admired for their beauty and scientific significance.

 

Formation and Composition

Fossils are the preserved remains, impressions, or traces of organisms that lived millions of years ago. They form through a process called fossilization, which typically begins when an organism is buried under sediment after it dies. Over time, layers of sediment build up, and the organism’s remains are gradually replaced by minerals that seep into the bones, shells, or tissues, turning them into rock-like structures. This process can take thousands to millions of years, depending on environmental conditions and the type of material being fossilized.

There are several types of fossils, including:

  • Body Fossils: These are the actual remains of organisms, such as bones, teeth, or shells.
  • Trace Fossils: These are indirect signs of an organism’s presence, like footprints, burrows, or feces.
  • Molds and Casts: Molds are impressions left by an organism in the surrounding rock, while casts form when these molds are later filled with minerals.
  • Petrified Fossils: These occur when organic material is entirely replaced by minerals, preserving the original structure in stone.

The composition of fossils varies widely, depending on the minerals involved in the fossilization process. Common minerals include silica, calcite, and pyrite, each contributing to the fossil’s durability and appearance.

 

Fossils for Collection

Fossils have a wide range of uses, both scientific and decorative. In the scientific community, fossils are invaluable for understanding the history of life on Earth. Paleontologists study fossils to learn about extinct species, evolutionary processes, and past environments. Fossils also play a crucial role in dating rock layers and understanding the geological history of our planet.

In addition to their scientific significance, fossils are also popular among collectors and enthusiasts. They are often used in jewelry, home decor, and educational displays. Fossils, such as ammonite or trilobite specimens, make stunning pieces of natural art, bringing a touch of ancient history into modern spaces.

Fossils in History and Culture

Fossils have fascinated humans for centuries, often inspiring myths, legends, and scientific inquiry. Ancient civilizations, such as the Greeks and Chinese, collected fossils and created stories to explain their origins. In ancient China, for example, dinosaur fossils were thought to be the remains of dragons, while in Greece, large bones found in the earth were believed to belong to giants or mythical creatures.

In the 18th and 19th centuries, fossils played a central role in the development of modern geology and paleontology. The discovery of fossilized marine organisms on mountaintops led scientists to understand that the Earth had undergone significant changes over time. The study of fossils also provided crucial evidence for Charles Darwin’s theory of evolution, showing how life on Earth has changed and diversified over millions of years.

Today, fossils continue to capture the imagination of both scientists and the public. They are displayed in museums around the world, inspiring wonder and curiosity about the distant past. Fossils are also cherished as cultural artifacts, representing the deep history of life on Earth and our connection to the natural world.

Explore our collections of fossils